Telephone Sockets.
Contents:
A. Recommended Boxes
B. General
C. Safety Instructions
D Panel Mounted Outlets
E. Installation Instructions
F. Module Removal
G. Disposal
H. Guarantee
Please leave this leaflet with the end user
for future reference
43081PL Ed.2
A. RECOMMENDED BOXES.
Suitable for mounting in flush or surface boxes with a
minimum depth of 16mm. (Except Accent and Panel Mount
products which require a minimum box depth of 25mm).
B. GENERAL.
All MK telephone Master and Secondary outlets are either
independently tested and BABT approved or tested to
BS6312 part 2 under the OFTEL general approvals.
Master Outlets:
Used for the first socket outlet on a direct exchange line as
the primary Network Termination Point.
(All MK Master outlets are surge protected according to
OFTEL requirements as defined in BS6312).
Secondary Outlets:
Used as extension sockets when connected on the same
line in parallel with a master socket.
C. SAFETY INSTRUCTIONS.
1.
2. These products must not be installed in the same enclosure
as equipment rated in excess of 50V,
(e.g. mains rated 13A sockets or switches).
Metal Frontplate Products:
Where it is necessary to conform with the IEE Wiring
Regulations (BS7671), metal frontplates must be earthed.
Powerlink Products:
Powerlink Products must be installed into the Powerlink
Distribution system using the ELV isolation box supplied
with the Powerlink Telephone socket.
Panel Mount Products:
Panel mounted products must be installed using the rear
isolation box supplied.
D. PANEL MOUNTED OUTLETS.
Panel Mounted Outlets:
Panel mount versions are suitable for mounting in plastic or
metal panels of thickness from 0.9 to 2.0mm, (the panel cut
out dimensions are shown in figure 1). The outlet is mounted
after connection by passing the screws through the panel and
the apertures in the outlet and securing them in the rear
isolation box supplied.
20.85
60.30
32.25
R2.0 max
4mm dia
counter sunk
to suit screw
Figure 1
Panel cut out
dimensions
E. INSTALLATION INSTRUCTIONS.
1. Where fitted remove the frontplate fixing screws from the
back of the product.
2. Ensure that the mounting box is firmly secured in position
and there is sufficient cable protruding for connection.
3. If fitting a modular product fit the appropriate mounting
frame to the wall box.
Do not over tighten the screws, to do so may damage the
screw threads, frontplate or mounting frame.
Ensure that any metal frame is earthed as required.
4. Carefully strip 50mm of the telephone cable outer sheath to
expose the inner insulated conductors.
5. Using a suitable IDC insertion tool, (e.g. MK list No.
400NAT) carefully push each lead into the appropriate
IDC terminal according to the wiring colour code stated in
Figure 2.
Pins 1 and 6 are frequently unused, 4 wire cable may be
used in these installations.
Note: If an existing installation uses a different wiring
colour code system, this should be retained on any new or
extended installation.
6. Trim off any excess inner conductors protruding from the
IDC terminals.
7. Secure the cable to the product at the cable tie fixing point
indicated in Figure 2 using the cable tie supplied.
8. Carefully push the wired unit back into the mounting box or
modular mounting frame ensuring that the cable does not
have any sharp bends and is not trapped or pinched.
With modular products locate the bottom snap-fit and then
carefully push home the top snap-fit.
9. Where relevant fit the decorative modular frontplate and if
applicable then locate and tighten any frontplate fixing
screws.
Do not over tighten the screws, to do so may damage the
frontplate or screw threads.
This product must be installed by a competent person in
accordance with the current editions of the IEE Wiring
Regulations (BS7671) and Buildings Regulations. If in any
doubt, consult a qualified electrician.